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Provides information for duty holders, primarily for persons conducting a business or undertaking (PCBUs), on their duties and obligations under the model WHS laws, identifying and assessing the risks from using an industrial rope access system, control measures to manage the risks, and safe planning and use of an industrial rope access system.

This case study illustrates four key WHS principles that apply to all WHS duties in the model WHS Act.

Provides practical guidance for a person conducting a business or undertaking and workers on managing health and safety risks associated with tunnelling work.

Provides practical work health and safety information for duty holders, primarily for ‘persons conducting a business or undertaking’ (PCBUs), on the duties and obligations under the model WHS laws, identifying and assessing risks associated with installing solar panels on rooftops, control measures to manage the risks, and how to plan and safely undertake rooftop solar installation work.

Explains the maximum area of Grade A safety glass for framed glass doors, side panels and other glazed panels.

Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.